/******************************************************************************
 *****************************************************************************/


#include "config.h"


#include "lpc2294.h"
#include "lcd.h"
#include "uart.h"
#include "armVIC.h"
#include "can.h"


#define STATE_0             0
#define STATE_1             1
#define STATE_2             2
#define STATE_3             3
#define STATE_4             4
#define STATE_5             5
#define STATE_6             6
#define STATE_7             7
#define STATE_8             8
#define STATE_9             9
#define STATE_10            10

#define STATE_MAX           STATE_10

unsigned char sendSymulPacket = _FALSE;
unsigned char startSymulation = _FALSE;
#ifdef uIP_IS_USED
#define BUF ((struct uip_eth_hdr *)&uip_buf[0])
#endif  //uIP_IS_USED

void __attribute__ ((interrupt("IRQ"))) timer0_cmp(void);
void systemInit(void);
void gpioInit(void);
const char AppTitle[] = " Magistrala CAN ";

#define   UIP_ARP_TIMER     1000
#define   UIP_TX_TIMER      1
#define   HALF_SEK          50
#define   LED_TIMER         50
#define   ONE_SEC           100
#define   THREE_SEC         300
#define   TWO_SEC           200
#define   TEST_TIMER        100

int TX_EventPending = _FALSE;           // the hardware receive event
int ARP_EventPending = _FALSE;          // trigger the arp timer event
unsigned long half_Sec = HALF_SEK;
unsigned long two_Sec = 0;
unsigned long three_Sec = THREE_SEC;
unsigned long Uip_Timer = UIP_TX_TIMER;
unsigned long ten_Secs = UIP_ARP_TIMER;
unsigned long LedTimer = LED_TIMER;
unsigned long one_Sec = ONE_SEC;
unsigned long TestTimer = TEST_TIMER;


//=====================================================================
//
//=====================================================================
void systemInit(void)
{
    // --- enable and connect the PLL (Phase Locked Loop) ---
    // a. set multiplier and divider
    SCB_PLLCFG = MSEL | (1<<PSEL1) | (0<<PSEL0);
    // b. enable PLL
    SCB_PLLCON = (1<<PLLE);